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About

Francesco Chinello is a pioneering researcher in wearable haptics, human-robot interaction, and robotic teleoperation, whose work has fundamentally advanced how humans perceive and communicate tactile information through technology. Best known for his groundbreaking contributions to fingertip haptic devices, his 2013 paper "Towards Wearability in Fingertip Haptics" (286 citations) introduced a 3-DoF wearable device capable of delivering rich cutaneous force feedback — a landmark step beyond conventional vibrotactile approaches. His research on cutaneous feedback in robotic teleoperation (145 citations) demonstrated that ungrounded haptic cues can enhance operator performance while preserving system stability, a critical insight for safe remote robotics. Chinello also developed the widely adopted KUKA Control Toolbox, an open-source MATLAB platform (125+ citations across two publications) that has become a practical resource for researchers and engineers working with robotic manipulators globally. His subsequent work on wearable skin stretch devices and modular finger interfaces further expanded the design vocabulary of haptic technology, enabling richer and more intuitive human-robot collaboration. Across robotic extra-fingers, cooperative manipulation, and remote laboratory systems, Chinello's diverse yet cohesive body of work — accumulating over 840 citations — reflects a sustained commitment to making haptic and robotic technologies more accessible, safe, and human-centered.